[" Cice and water are in equilibrium.The values of "Delta G" and "Delta S" for the conversion of ice to liquid water are "],[" and "21.98JK^(-1)mole^(-1)]

At 0^(@)C , ice and water are in reuilibrium and DeltaS and DeltaG for the conversion of ice to liquid water is

At 0^(@)C , ice and water are in equilibrium and DeltaG and DeltaS for the conversion of ice to liquid water is,if Delta H=6J mol^(-1)

At 0^(@)C , ice and water are in equilibrium and DeltaS and DeltaG for the conversion of ice to liquid water is,if Delta H = 7kJmol^-1

At 0^(@)C ice and water are in equilibrium and Delta H= 6.0KJ " then " Delta S will be

At 0^(@)C ice and water are in equilibrium and Delta H= 6.0KJ " then " Delta S will be

At 0^(@)C ice and water are in equilibrium and DeltaH=6kJ" "mol^(-1) for this process: H_(2)OhArrH_(2)O(l) The values of DeltaS and DeltaG for conversion of ice into liquid water at 0^(@)C are:

At 0^(@)C , ice and water are in equilibrium and Delta H^(@) = 6.00 kJ/mol for the process H_(2)O(s) hArr H_(2)O(I) Value of Delta S^(@) for the conversion of ice to liquid water is {:((1),10.15 JK^(-1)mol^(-1),(2),17.25 JK^(-1)mol^(-1)),((3),21.98 JK^(-1)mol^(-1),(4),30.50 JK^(-1)mol^(-1)):}

At 0^(@)C , ice and water are in equilibrium and Delta H^(@) = 6.00 kJ/mol for the process H_(2)O(s) hArr H_(2)O(I) Value of Delta S^(@) for the conversion of ice to liquid water is {:((1),10.15 JK^(-1)mol^(-1),(2),17.25 JK^(-1)mol^(-1)),((3),21.98 JK^(-1)mol^(-1),(4),30.50 JK^(-1)mol^(-1)):}